01 Jul 2015 · Innovation · Actualizada el 18 May 2023

SPADI

Sistema Predictivo

Start date:
01/07/2015

End date:
31/03/2018

Predictive Dynamic Ampacity System in Aero-underground Lines

SPADI aimed to evolve towards the achievement of a safe, clean and efficient electricity system, through the development of Smart Grids. The project addressed 5 fundamental challenges for the achievement of a comprehensive predictive system of dynamic calibration in complex electricity distribution networks:

  • Analysis of the applicability of the concept of dynamic calibration to underground wires, current ‘bottlenecks’ and limiting elements for the dynamic exploitation of distribution networks with aero-underground sections.
  • Research in modeling and simulation (electrical and thermal) of underground distribution cables, which allow to determine the behavior of the asset in different environmental and operating conditions and, therefore, to set new ampacity limits against the conservative static limits imposed by the standard.
  • Study and implementation of weather forecasting algorithms that allow short-term ampacity estimates, enabling an optimized operation of the network and circulated energy with maximum renewable integration.
  • Development and piloting of new equipment and sensors that allow the models to be fed with the necessary information for an accurate representation of reality, as well as to supervise the impact of the new operating techniques on the insulating properties of the cables.
  • Analysis, development and implementation of an information system capable of collecting all the variables and boundary conditions that determine the state and operating limits of the distribution network, for real-time decision making with the greatest knowledge of both the current and future state.

CIC role

CIC participated in this project as ICT expert, taking advantage of its long experience in providing applications development for utilities, knowing first-hand the critical points related to large volumes of information, requirement to update data and need for integrity and traceability of the same. CIC collaborated in the definition of the different sources of information and was in charge of the development of the computer platform for the dynamic supervision of assets.

Partners

The SPADI consortium was composed of 3 partners, VIESGO DISTRIBUCIÓN, acting as coordinator, LUMIKER, University of Cantabria and TECNALIA.

Funding

This project received funding from the Spanish Ministry of Economy and Competitiveness, Call RETOS COLABORACIÓN 2015, Research, Development and Innovation Oriented to the Challenges of Society Program.

Más artículos relacionados

Vulcano

15 Jan 2024 · Innovation

VULCANO

Start Date: 24/06/2023 End date: 23/06/2026 VULCANO The aim of this project is the experimental development of an integrated solution for asset management, vulnerability management and threat detection operating in a Cybersecurity Operations Centers of the electricity distribution business sector.  The VULCANO project seeks to create an innovative cybersecurity solution...
Leer más
bahiah2

15 Nov 2023 · Innovation

BAHÍA H2 OFFSHORE

Start date: 01/07/2023 End date: 31/06/2026 BAHÍA H2 OFFSHORE Ammonia as a Marine Fuel The Bahia H2 Offshore project provides technological solutions for floating wind farms to transform their energy into green hydrogen and ammonia in marine conditions. The project aim is to create a state-of-the-art pilot plant for the...
Leer más
hydraulic dams

27 Sep 2023 · Innovation

MOLINO

Start date:11/01/2022 End date: 04/30/2024 Machine Learning models to analyze the performance of hydraulic dams MOLINO is a tool that was designed and developed as an analytical and predictive algorithmic solution for the monitoring of the auscultation data of hydraulic dams. It obtains data, indicators and various elements that allows...
Leer más